baber/WOPTO huggingface dataset:
Patent JP-H0538827-A (JP)
Title: Thermal head
Inventor: IWATA HITOSHI
IPC: B41J2/335
Filed: 1991-08-05
Abstract: PURPOSE:To prevent an abnormal temperature ascent of a heating body from happening to prevent the heating body from deteriorating for high energy printing and prolong the life of the heating body by forming a heating body of a thick film thermal head of a resistant paste of which the temperature coefficient of resistance has positive characteristics. CONSTITUTION:For a thermal head of which the heating resistor is formed by thick film technology, a RuO2 resistant paste is used as the heating resistor. In this case, the heating body of the thick film thermal head is formed of a resistant paste of which the temperature coefficient of resistance (TCR ppm/ deg.C) has positive characteristics. Also, the heating body is formed particularly of a resistant paste of which the temperature coefficient of resistance has characteristics of +200ppm/ deg.C or higher. By this method, an abnormal temperature ascent of the heating body is prevented from happening, and the printing efficiency is improved by maintaining the temperature which is suitable for the coloring temperature of a thermosensitive paper. Also, limiter effect to the temperature of the heating body is obtained, and the life for high energy printing is extended, and at the same time, heat history control, etc., is made unnecessary, to simplify the printing printer.
Patent JP-H0942395-A (JP)
Title: Speed change device of grain lifting machine for grain drying machine
Inventor: SATAKE SATORU
IPC: F16H9/06
Filed: 1995-08-02
Abstract: PROBLEM TO BE SOLVED: To simplify construction so as enable a speed change device to be mounted after by constituting the device so that by rotatinally movably operating an operation lever, a tension pulley for high speed or low speed is pushed down through an operation rod and a link rod, and hence a V-belt for high speed or low speed is tensed so as to obtain speed change output. SOLUTION: In a speed change device 26 transmitting rotation of a grain lifting machine motor to a screw conveyor and the like, at a feed work of a large grain flow or the like, by rotationally moving an operation lever 30 downward, an operation rod for high speed 23B is rotationally moved anticlockwise centering around an operation rod shaft 29 through an operation rod 25 and a link rod for high speed 24B, a V-belt for high speed 19B is pushed down by a tension pulley for high speed 22B, and hence the V-belt for high speed 19B is tensed. Hereby the V-belt 19B is rotated at high speed, and a grain lifting machine, an upper screw conveyor, and an equally dividing device are rotated at high speed. Meanwhile, at a drying work of a small grain flow, the operation lever 30 is rotationally moved upward, so as to tense a V-belt for low speed 19A.
Patent JP-2000044332-A (JP)
Title: Glass ceramic composition for wiring board and package for housing semiconductor element
Inventor: KUDO YASUTO
IPC: H01L23/15
Filed: 1998-07-31
Abstract: PROBLEM TO BE SOLVED: To obtain a glass ceramic composition for developing a stable and high coefficient of linear thermal expansion by carrying out baking simultaneously with metallizing wiring at the same cost as that of conventional method, a carrier for mounting a semiconductor element and a package for housing a semiconductor element using the glass ceramic composition. SOLUTION: This glass ceramic composition for a wiring board is obtained by baking at 800 deg.C to 900 deg.C, comprises 35-45 wt.% of SiO2, 4-13 wt.% of B2O3, 17-22 wt.% of Al2O3, 17-22 wt.% of ZnO, 8-18 wt.% of BaO+CaO+MgO+SrO and 0-7 wt.% of TiO2+ZrO2 and has 10-18 ppm/ deg.C coefficient of linear thermal expansion at a room temperature to 300 deg.C. The composition is used for a carrier 2 for mounting a semiconductor element and a package for housing a semiconductor element.
Patent JP-H0382722-A (JP)
Title: Manufacture of high silicon-containing aluminum alloy
Inventor: TAKEDA YOSHINOBU
IPC: B22D23/00
Filed: 1989-08-24
Abstract: PURPOSE:To prevent the clogging or the like in an injection nozzle and to easily obtain the aluminum alloy by accumulating a molten metal in which the amt. of silicon is regulated to a specified one as well silicon grains whose amt. is equivalent to the remaining one. CONSTITUTION:At the time of manufacturing an Al alloy including >=25% silicon, a molten metal contg. silicon whose amt. is regulated to such a degree that coarse primary crystal silicon is not formed in the solidification structure is injected from a nozzle. Then, silicon grains by the amt. equivalent to the remaining one in which the amt. of silicon in the molten alloy is deducted are injected by an air flow, which is deposited together with the above injected molten alloy. By this method, there is no crystallization of coarse primary crystal silicon in the alloy, so that excellent strength and toughness can be obtd. Furthermore, the melting temp. of the alloy is not high and there occurs no problem such as clogging. Moreover, since the alloy is rapidly cooled, the reaction with oxygen is reduced, by which are alloy having excellent strength and toughness can be obtd.
Patent JP-H0380368-A (JP)
Title: Check processing system for sql specification range
Inventor: SENOO EIKO
IPC: G06F17/30
Filed: 1989-08-24
Abstract: PURPOSE:To easily use a processing desired to execute by a user even when it is the one with the standard function or expanded function of an SQL command by processing a command other than the SQL command by an expanded function execution part for the designation of the processing with respect to the SQL command in advance as necessary. CONSTITUTION:A common checking mechanism consisting of an SQL check processing part 16 which checks whether or not the processing by the SQL command can be performed is provided. When an MMI common control part 11 which manages the screen transition of a universal man-machine interface MMI performs the picture transition based on the instruction of the user, it is checked whether or not a selected processing is the one with the SQL command, and when it is, the common checking mechanism is called. Thus, when a state necessitating the execution of an NOSQL command is set, an inquiry is issued to the user, and the NOSQL command is automatically generated when the processing is continued, and it is executed with the expanded function execution part 15. In such a manner, it is possible to easily use the processing desired to execute by the user without being conscious of a function even when it is the standard function or the expanded function of the SQL command.
Patent JP-H04102595-A (JP)
Title: Shipping system
Inventor: ITO MASAAKI
IPC: B60P3/22
Filed: 1990-08-20
Abstract: PURPOSE:To simplify work procedures for a shipper with the capacity of each of compartments of a tank of a tank rulley automatically read out by a method wherein the distance between each of oil supply ports of each of the compartments is detected with a sensor when the tank rulley arrives a shipping stage, and the capacity of each of the compartments is calculated based on the detected distance between each of the oil supply ports. CONSTITUTION:A tank 15 of a tank rulley 2 is normally divided into a plurality of compartments 15a-15g, and capacity varies to each of the compartments. e.g. 4kl, 2kl, 1kl, etc. The compartments 15a-15g are respectively equipped with oil supply ports 17a-17g that are placed on the upper surface of the tank 15. The oil supply ports 17a-17g are positioned protrusively in the middle of each of the compartments 15a-15g in the longitudinal direction of the tank 15. Distance between each of the oil supply ports 17a-17g is determined in accordance with the capacity of each of the compartments 15a-15g. As the kind of oil and the quantity thereof for loading to the tank rulley 2 are set for each of the compartments 15a-15g, verification is made between the capacity of the compartment and the set quantity for loading before starting of the loading to each of the compartments 15a-15g. After this, the loading is made to the compartments 15a-15g one after another.
Patent JP-H0269125-A (JP)
Title: Living field for fish and shellfish
Inventor: SUDA ARISUKE
IPC: A01K63/00
Filed: 1988-09-02
Abstract: PURPOSE:To provide a living field for fish and shellfish capable of growing fry or young benthic invertebrate such as shrimp, crab and shellfish by forming a still water zone in the sea with a submerged bank having a top positioned between the high-water level and the low-water level and charging sand or mud into the recess of the bank. CONSTITUTION:Sand or mud 2 is charged in a recess of a submerged bank 1 having a top positioned between the high-water level HWL and the low-water level LWL and a material having complicate form such as net or rope 3 is placed on the sand to form the living field for the above fish and shellfish. A still water zone A is formed by encircling the coast line S with the submerged bank 1 or encircling a sea area separated from the coast line S with the submerged bank 1. The recess of the submerged bank 1 and the still water zone provide the living field for the fish and shellfish. Young benthic invertebrate can be grown in the living field in natural environment without disturbing the ecosystem of the nature.
Patent JP-H02100847-A (JP)
Title: Tool storage device for machine tool
Inventor: PEETAA NOOFUAKU
IPC: B23Q3/155
Filed: 1989-08-24
Abstract: PURPOSE: To reduce operating time to change tools by driving a tool carrier, making the tool carrier rotatable about a horizontal axis intersecting the center of a shell to be a part of a spherical body and arranging an advance unit at the inside of the shell. CONSTITUTION: The moving of a revolving arm 15 around an axis A and the moving of a tool carrier 8 around a horizontal direction axis B are simultaneously performed by required angles and a desired tool can be arranged in front of an advance unit 25 in very short time. The advance unit 25 clamps a tool 10 from the rear side of the tool 10, releases a tool lock device and linearly moves the tool 10 to a transfer location. Continuously, the tool 10 is clamped by a gripper 28 of a tool changer 14 and the tool 10 is directly inserted into a working spindle. All the components required for advancing and changing the tool 10 in the spindle are mounted on a fixed stand 5 and the components are adjusted each other.
Patent JP-H1162744-A (JP)
Title: Intake silencer system for vehicle
Inventor: SATO KAZUNARI
IPC: F02M35/16
Filed: 1997-08-13
Abstract: PROBLEM TO BE SOLVED: To provide an intake silencer system for a vehicle which can produce a silencing effect in a wide range of frequency with a simple compact structure and can be easily arranged in a narrow space of an engine room of a car. SOLUTION: A case 14 of an intake silencer system R comprises a first half case body 11 and a second half case body 12 which are joined to each other at the mating faces 13 and an intake duct 15 sandwiched by the mating faces 13 opens to the inside of a case 14 to damp noises by a resonance effect. The case side wall 118 of the first case half body 11 is formed slantwise along a fender 23 slanting to the center line P of a vehicle body and three ribs 119 to 1111 extending from the inside of the case side wall 118 to the center side of the vehicle body form four auxiliary silence chambers 19a to 19d functioning as side branches for producing the resonance effect to produce the silencing effect in different frequency bands, which produces the silencing effect in a wide range of frequency.
Patent JP-H0383478-A (JP)
Title: Automatic private branch exchange
Inventor: HIROMATSU KATSUHIRO
IPC: H04Q1/45
Filed: 1989-08-28
Abstract: PURPOSE:To prevent a dial signal from being not received on a trunk line side by the level reduction of a long distance line by once receiving an inputted DTMF signal, enlarging the level of the signal by a DTMF generator and sending out the signal. CONSTITUTION:When a call is incoming to a trunk line (a), the incoming call is detected by a bell detection circuit 7 of a trunk line interface part 1 and the prescribed cross point of a cross point switch part 11 is turned ON. Then, a trunk line interface 1 is connected with a two-line/four-line converting part 12. When the DTMF (multiple frequency selecting) signal for catching the line wire is sent from the trunk line (a), the signal is detected by a DTMF receiver 21 and switches 18 and 19 are turned ON. Then, a trunk line interface part 2 is connected with a two-line/four-line converting part 13 and a bus is formed between the trunk lines (a) and (n). Afterwards, when the DTMF signal of a trunk line dial number is sent from the trunk line (a), a switch 28 is turned ON and the same signal as the received DTMF signal is sent out from a DTMF generator 36 to the trunk line (n). Afterwards, the trunk line dial number is sent out by the same operation.
Patent JP-S60112657-A (JP)
Inventor: SAITOU MASAYOSHI
IPC: D01F6/54
Filed: 1983-11-22
Abstract: (57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。
Patent JP-H0956791-A (JP)
Title: Deodorizing and sterilizing device
Inventor: YAMANE MITSUHIKO
IPC: A61L9/015
Filed: 1995-08-28
Abstract: PROBLEM TO BE SOLVED: To make is possible to sufficiently use the catalytic power, and exactly detect the catalytic life by arranging another catalyst and the second ozone sensor in order on the downstream side from a catalist, and constitute a deodorizing and sterilizing device so that an ozone lamp may be switched off if an ozone sensor and the second ozone sensor differ in output. SOLUTION: The second catalyst 11 is fitted between an ozone sensor 10 and a circulation fan 8, and constituted of the same material as a catalyst 9 fitted between an ozone lamp 7 and a circulation fan 8 of a ventilation conduit 5. The second ozone sensor 12 is also fitted between the second catalyst 11 and the circulation fan 8. A control circuit compares both ozone sensors 10 and 11 in output during the integrated lamp lighting time of the ozone lamp 7, and judges the catalysis is degraded and switches the ozone lamp off, when the ozone sensor 10 is higher than ozone sensor 11 in output voltage.
Patent JP-H1158733-A (JP)
Title: Ink jet recorder
Inventor: KOYAMA TAKAHIRO
IPC: B41J2/055
Filed: 1997-08-13
Abstract: PROBLEM TO BE SOLVED: To downsize, reduce costs, and obtain a wide driving voltage waveform adjustment area. SOLUTION: The recorder is furnished with multiple ink discharge means 1-1 to 1-N, a driving voltage waveform data generating means 1000 that outputs driving voltage waveform data corresponding to the tone data of a recorded image, a signal processing means 9-1 to 9-N, 6-1 to 6-N to supply driving voltage waveform data to corresponding ink discharge means, multiple D/A converters 3-1 to 3-N that convert digital values of the driving voltage waveform data to analog values through the signal processing means, thereby simplifying and downsizing the recorder by eliminating the need for driving voltage waveform generators necessary for every different waveform, obtaining wide driving voltage waveform adjustment area, and obtaining the smooth tonal property by controlling the shape of driving voltage waveform applied to each ink discharge means easily and modulating ink discharge.
Patent JP-2000057922-A (JP)
Title: Electromagnetic relay
Inventor: SHIMOMURA TSUTOMU
IPC: H01H50/04
Filed: 1998-08-03
Abstract: PROBLEM TO BE SOLVED: To minimize the width of an electromagnetic relay with a sufficient space insulation distance between a coil and terminal piece maintained. SOLUTION: In this electromagnetic relay, a contact block 20 and an electromagnetic block 30 are arranged side by side on a long base 10 and an end face wall 11 and a side face wall 12 are formed on the long base 10. The end face wall 11 parts the contact block 20 and the electromagnetic block 30 and the side face wall 12 rises at one side edge of the base 10 to cover the side face of the electromagnetic block 30. Terminal pieces 24, 25 and 26 extending from a movable contact 23 and fixed contacts 22 and 23 are disposed in the position shifted in the direction of the side face wall side. At least one terminal strip 25 is disposed under the electromagnetic block 30. An insulating patch 40 extends from under the side edge of the end face wall 11 at the opposite side of the side face wall 12.  The patch 40 closely contacts with the upper face of the base 10 to shield the lower part of the side of the electromagnetic block 30 at the opposed side of the side face wall 12 for prolonging the space insulation distance between the terminal piece 25 and the electromagnetic block 30. Most of the thickness of the insulating patch 40 is accommodated in the maximum width of the electromagnetic block 30.
Patent JP-H1163970-A (JP)
Title: Instrument and method for measuring track pattern and recording medium recording track pattern measuring program
Inventor: AKIMOTO SAORI
IPC: G01B11/26
Filed: 1997-08-13
Abstract: PROBLEM TO BE SOLVED: To accurately and quickly measure a track pattern magnetically recorded on a magnetic tape by detecting a track edge from the luminance data of the picture corresponding to the track pattern. SOLUTION: The image of the track pattern of a tape to be measured is picked up and the picture of the track edge of the track pattern and its vicinity is fetched to a computer 5 by means of a CCD camera 1. The luminance value discriminating process along the Y-direction lines of the fetched picture is repeated until all luminance values in the X-direction become clear. Then the obtained positional information is transformed into an X-Y arrangement and flags are erected at the points extracted by the luminance value discriminating processing. At the time of transformation, the origin of X-Y coordinates is made correspond to the origin of the X-Y arrangement. Then the presence/absence of the flags is discriminated by successively retrieving the data of the X-Y arrangement and, when the presence of an erected flag is discriminated, it is further judged whether or not the point is on the track edge. Therefore, the approximate line of the track edge can be obtained by finding a regression line from a plurality of detected points.
Patent JP-H11149460-A (JP)
Title: Computer
Inventor: HAYASHI TAKEHISA
IPC: H04L12/70
Filed: 1998-08-03
Abstract: PROBLEM TO BE SOLVED: To transfer data at a high speed by making a processor control a switch so as to perform transfer to one of the input terminals of first and second networks corresponding to transfer data and transmit and receive the data through the switch. SOLUTION: A data transfer network for connecting the processors PE11-PE44 is constituted of the switches EX11-EX44, X part networks NX1-NX4 and Y part networks NY1-NY4. Then, control is performed by the switches EX11-EX44 so as to transfer the data transferred from one of the output terminals of the X part networks NX1-NX4 and the output terminals of the Y part networks NY1-NY4 to one of the input terminals of the X part networks NX1-NX4 and the Y part networks NY1-NY4 corresponding to the transfer data and the data are transmitted and received through the switches EX11-EX44.
Patent JP-H0560020-A (JP)
Title: Exhaust reflux device of diesel engine
Inventor: AIYOSHIZAWA EIJI
IPC: F02B3/06
Filed: 1991-08-29
Abstract: PURPOSE:To enable accurate control of an EGR quantity by setting opening characteristic of an atmosphere introduction port of an atmospheric pressure chamber of an EGR valve control means based on the energizing valve force of the means, and weakening an operational negative pressure of an EGR valve as exhaust pressure in an exhaust pressure chamber increases. CONSTITUTION:A diaphragm operation type EGR valve 13 is interposed on the way of an EGR passage 12 by which an exhaust passage 10 is branched and connected to an intake passage 11, and an operational negative pressure introduced to the negative pressure chamber 40 of the diaphragm operational type EGR valve 13 is controlled by a negative pressure control valve 14 seving an EGR control means. The negative pressure control valve 14 is roughly formed on the bottom diaphragm valve part 16 which performs the basic negative pressure control in response to exhaust pressure and a top step motor 17 serving as a variable control mechanism. The diaphragm valve part 16 is constructed by installing a valve body 34 which opens and closes an atmosphere introduction port 35 on a diaphragm 19 which partitions an exhaust pressure chamber 20 and an atmospheric chamber 21 and a step motor 17 makes control by means of a control unit so that an energizing force, in the atmosphere introducing direction, of the valve body 34 may be made variable.
Patent JP-H0881062-A (JP)
Title: Depalletizing method and depalletizer
Inventor: TACHI KOUTAROU
IPC: B65G59/02
Filed: 1994-09-13
Abstract: PURPOSE: To enhance the capacity of taking out loads each having a special external shape by inclining loads on a pallet at a predetermined angle, and by subjecting the loads to vertical oscillation while raising the pallet so as to release the prevention of cargo-slide of only the topmost loads, and then by delivering the topmost loads. CONSTITUTION: When an introduction pallet 9 on which loads 7,... having been carried by an introduction conveyer 5 are stacked one upon another in several tiers is introduced into a pallet loading conveyer 45, loads 7b below the topmost loads 7a are held by a fall-out stopper 31. Then, an inclining device 15 is actuated so as to incline the pallet 9 toward a delivery conveyer 11 to a predetermined angle, and a vibrator 48 is vibrated vertically so that the topmost loads 7a are released from the loaded condition, and accordingly, the topmost loads 7a slide down on a discharge conveyer 33 so as to be shifted onto the delivery conveyer 11. The underneath loads 7b are successively released from the held condition by the cargo-slide stopper 31, and accordingly, they are taken out, similar to the topmost loads 7a.
Patent JP-S59110418-A (JP)
Title: Method and device for descaling steel material
Inventor: HITOMI KIYOSHI
IPC: B21B45/08
Filed: 1982-12-16
Abstract: PURPOSE:To perform descaling always under the optimum conditions regardlessly of the feeding speed of a steel material, by traversing an injection nozzle for providing a descaling water flow, in the direction intersecting with the direction of material feeding in accordance with the feeding speed of a steel material. CONSTITUTION:A highly pressurized water header 4 which has jetting nozzles 5 and is provided to 4 positions around a steel material W are reciprocated in the direction perpendicular to the advancing direction (alpha) of the material W within a range S slightly larger than the width (w) of the material, to make the flow velocity of a jetting water flow 6 to the maximum fixed value during the reciprocation. A square column-shaped deflector plate 7 equipped with an aperture 8 having the width (b) slightly larger than the (w) and situated between the nozzles 5 and the material W is advanced and retreated along the direction (alpha) and to stop at its advancing and retreating position. The water flow 6 begins to splash on the corner of the material at the end A of the range S, and misses the material at the other end B. When the motions of the header 4 and the plate 7 are repeated respectively as shown by a figure and the velocities of the header 4 and the material W are denoted as (u) and (v) respectively while the plate 7 is advanced and retreated, a relative moving velocity (r) of the water flow 6 to the surface of the material W is given by the vector difference between the (u) and (v), and the (u) is controlled in accordance with the (v) so that it coincides with the maximum target speed which provides a descaling action at the velocity (r).